150-g baseball is dropped from a height above the ground. a. That baseball traveling 10.00 m/s lands on a spring at ground level and compresses it 3.00 cm. What is the spring constant of that spring in kN/m? b. Can you ignore gravitational potential energy while solving part a? Explain. c. Ignoring wind resistance, how high was the baseball dropped from, in
150-g baseball is dropped from a height above the ground. a. That baseball traveling 10.00 m/s lands on a spring at ground level and compresses it 3.00 cm. What is the spring constant of that spring in kN/m? b. Can you ignore gravitational potential energy while solving part a? Explain. c. Ignoring wind resistance, how high was the baseball dropped from, in
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A 150-g baseball is dropped from a height above the ground. a. That baseball traveling 10.00 m/s lands on a spring at ground level and compresses it 3.00 cm. What is the spring constant of that spring in kN/m? b. Can you ignore gravitational potential energy while solving part a? Explain. c. Ignoring wind resistance, how high was the baseball dropped from, in m?
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